TWI747155B - System and a method for automatically arranging parade formation - Google Patents

Abstract

A system and a method for automatically arranging parade formation are disclosed. The system comprises a front-end operation interface and a back-end management platform. The front-end operation interface, maintained in a computer, receives a plurality of reservation information from the internet. Each reservation information comprises a parade information and an appointment time. The back-end management platform, electrically connected to the front-end operation interface, classifies the plurality of parade information into the appointment time in a calendar. The back-end management platform determines a march sequence according to a chart of ranks of gods when at least two of the parade information correspond to the appointment time in the calendar. The march sequence is replied via the front-end operation interface.

Description

Automated array system and method

The present invention relates to a system and method for the management of palaces and temples, in particular to a system and method for the management of battlefields.

With the advancement of technology, the Internet and various mobile devices have made people’s lives more convenient and made work arrangements more efficient. However, not all industries can fully enjoy the benefits of technology. According to statistics, there are more than 12,000 registered palaces and temples in Taiwan today. In addition to large temples and ancient temples with prosperous incense and a large number of believers, more are small palaces and temples hidden in the neighborhood and on the street. Due to the mysterious and conservative nature of the religious industry, it is not easy to make technological improvements and innovations in this technical field. As a result, most palaces and temples still continue to operate in a very traditional way. For example, palaces and temples often hold detour activities on certain festivals. For example, the detour activities of Mazu have not only become a belief in Taiwan, but also a famous intangible cultural heritage of mankind in the world. However, during the detour period, the temples on the detour route often need to receive a lot of fronts at one time. If there is not enough manpower to guide and receive these fronts, disputes and conflicts often arise due to various problems. In addition, preparing the tea, food, and rest places for the receptionists is a test for the palaces and temples.

Because the reception at the front is significantly different from the service industry or the catering industry in daily life, such as the front visits of other palaces and temples, the reception etiquette and the way of guidance may be quite different due to customs or the rank of the gods, and it is difficult to generalize. Since the battalion is part of the traditional culture and has its special religious significance, how to help the palace and temple improve the quality and efficiency of the reception battalion is very important. Therefore, each palace and temple needs a management system dedicated to the battle head to solve the long-standing problem of only manually arranging the affairs of the battle head.

The present invention provides an automatic array system and method, which can reserve the time for visits by other palaces and temples on the Internet, and automatically arrange the itinerary sequence of each array, so that the detour activities are more smooth.

The present invention proposes an automated array system, which includes a front-end operation interface and a back-end management platform. The front-end operation interface is maintained in the computer and is used to receive multiple appointment information from the network. Each appointment information includes front information and appointment time. The back-end management platform is electrically connected to the front-end operation interface, receives appointment information, and classifies the head information in each appointment information into the appointment time in the calendar. Among them, when there are more than two head information in the appointment time of the calendar, the back-end management platform determines the itinerary sequence of the two or more head information according to the god position ranking table, and responds to the itinerary sequence through the front-end operation interface.

In some embodiments, each reservation information may include demand information, and the back-end management platform further generates inventory management information based on the demand information, and the inventory management information is used to update the inventory form. Here, the leader information can include contact information, leader number, and team content. The back-end management platform can also calculate the leader length corresponding to the leader information based on the leader number and team content. In addition, the back-end management platform can determine the traffic control strategy according to the sequence of the itinerary and the length of the front corresponding to each front information, and reply the traffic control strategy through the front-end operation interface. In addition, the information of each leader also includes the name of the main god, the god position sorting table is used to find the rank of the main god name, and the back-end management platform determines the itinerary sequence according to the rank of each main god name.

The present invention proposes an automatic array method, which includes the following steps. First, multiple appointment information is received from the network, and each appointment information includes the head information and the appointment time. The multiple appointment information is received, and the head information in each appointment information is correspondingly classified into the appointment time in the calendar. Determine whether there are more than two heads of information in the appointment time of the calendar. When there are more than two heads of information corresponding to the appointment time of the calendar, the itinerary sequence of the two or more heads of information is determined according to the divine position sorting table. Reply the itinerary sequence through the front-end operation interface.

In some embodiments, each reservation information may further include demand information, and the back-end management platform may further generate inventory management information based on the demand information, and the inventory management information is used to update the inventory form. Here, the line information may include contact information, the number of people in the line, and the content of the team, and the automated line-up method may further include calculating the line length corresponding to the information of the line based on the number of people in the line and the content of the team. In addition, the traffic control strategy can be determined according to the sequence of the itinerary and the length of the front corresponding to each front information, and the traffic control strategy can be responded to via the front-end operation interface. In addition, each group head information can further include the name of the main god, and the step of determining the sequence of two or more head information according to the god position ranking table can also include the rank of the main god name using the god position ranking table to find the name of the main god, and according to each The rank of the name of a main god determines the order of the itinerary.

In summary, the automated platoon system and method provided by the present invention can provide a front-end operation interface to reserve the time for visits by other temples on the Internet, and automatically schedule the itinerary sequence that conforms to the custom according to the time of each visit. The front-end operation interface replies to the user, so that the detour activities can be smoother.

The features, objectives and functions of the present invention will be further disclosed below. However, the following are only examples of the present invention, and should not be used to limit the scope of the present invention, that is, all equivalent changes and modifications made in accordance with the scope of the patent application of the present invention will still be the essence of the present invention. Without departing from the spirit and scope of the present invention, it should be regarded as a further implementation aspect of the present invention.

Please refer to FIGS. 1 and 2 together. FIG. 1 shows a functional block diagram of an automated array system according to an embodiment of the present invention, and FIG. 2 shows a step flow of an automated array method according to an embodiment of the present invention picture. As shown in the figure, the automated array system 1 is used to assist users of Yougong (other palaces and temples) to make appointments for visits, and to assist the palace and temples to manage various materials and personnel after the users make an appointment. In particular, the automated line-up system 1 of this embodiment can be used to arrange the reception and itinerary sequence of the heads of the Friends Palace. In practice, the automated array system 1 can be roughly divided into a front-end operation interface 10 and a back-end management platform 12. The front-end operation interface 10 can be maintained in a computer in the palace, and the back-end management platform 12 can also run in the computer. . Of course, this embodiment is not limited to this. For example, the front-end operation interface 10 and the back-end management platform 12 can also be distributed in different computers and exchange messages via the network, or be installed in a third party (such as a network company). ) In the server.

Take a practical example, during the detour period, there will often be quite a few fronts moving along the detour path one after another, and it is possible to temporarily borrow a palace and temple to rest. Traditionally, it is often not easy to know how many friends from the palace are visiting, the number of people in each group, when they will arrive, and the details of the visit. Therefore, temporary assistance to the friends from the palace is often insufficient. For example, whether you want to enter the temple for a rest is related to the preparations and arrangements of the temple. For example, the worship ceremony where you need to enter the temple to rest is usually more grand and takes a long time, and the palace needs to be stopped. Space and food for the staff. The worship ceremony without entering the temple is relatively simple and takes a short time, and the temple may only need to arrange tea. In addition, due to the different ranks of the main gods of each Yougong Palace, different etiquettes are required when entering the temple. For example, if the main god of the Yougong Palace has a lower rank than the main god of the palace, it will also cost longer to enter the temple. time.

In other words, those who have general knowledge in the technical field know that if they do not have more detailed information in advance, it may cause bottlenecks in the entrance and exit of the temple of the Friends of the Palace, and the waiting time of the Friends of the Palace is too long, which will not only delay the journey. The itinerary may also cause traffic chaos in the nearby area. Moreover, if there is insufficient temporary preparation due to communication problems, it is also easy to be rude and cause friction and disputes. Therefore, the automated array system 1 of the present embodiment proposes a set of automated management methods to assist the palace in arranging related matters of the friend's palace.

In step S20 of this embodiment, the front-end operation interface 10 can receive multiple appointment information from the network, and each appointment information includes the head information and the appointment time. In practice, users of Yougong can enter the front-end operation interface 10 through the website or application, and enter the account password under the guidance of the website or application to log in to the website or application. Here, the account password can be obtained by the user through pre-registration, and the user's corresponding palace, temple, contact person's name, contact phone number, e-mail or financial account information will be filled in during registration. Then, the user can enter information such as the number of people in the front, the content of the team, and the appointment time through the menus or fields in the website or application. In one example, the line can be composed of teams such as Lingqi, Drum Music, Eight Generals, and Mikoshi, but the team composition of each line is not necessarily the same. Therefore, the reservation information can also include information on the content of the team. For example, the user can enter the team in the front line in the menu or field. In more detail, you can continue to fill in the number of people or equipment used by each team in the menu or field, for example, the drum team is walking or riding.

The appointment time may refer to the estimated time of arrival of the leader, for example, it may be what time of day a certain date is. In practice, the appointment time can also allow the user to fill in how long the user is expected to stay, which is not limited in this embodiment. In addition, the front-end operation interface 10 may also allow the user to fill in other requirements by himself, that is, the appointment information also includes some remarks (requirement information). For example, the user can fill in the amount of bento and the meat and vegetables needed for the bento. In one example, when the user clicks to fill in, the front-end operation interface 10 can send information such as the number of front-end users, team content, appointment time, and related remarks that the user has filled in to the back-end management platform 12. The end management platform 12 performs subsequent processing.

In step S21, after receiving the aforementioned reservation information, the back-end management platform 12 can first classify the reservation time. For example, the back-end management platform 12 may correspondingly classify the head information in each appointment information into the appointment time in the calendar. In an example, suppose that a certain friend palace has an appointment at 10 o'clock in the morning on a certain date, and the back-end management platform 12 can note which friend's palace is visiting at 10 o'clock in the morning on the corresponding date of the calendar. Of course, due to the large number of fronts during the detour, it may happen that another friend palace also made an appointment at 10 a.m. on the same day. At this time, the back-end management platform 12 will also add a note at 10 a.m. on the corresponding date of the calendar. And you can see which two friends' palaces came to visit at 10 o'clock in the morning. In an example, the calendar may be stored in the front-end operation interface 10 or the back-end management platform 12 of the automated array system 1, which is not limited in this embodiment. In addition, the calendar may also be a network calendar maintained in the cloud. When a user makes an appointment for a visit through the front-end operation interface 10, the back-end management platform 12 then searches or changes the content of the calendar. .

Taking the aforementioned example, suppose there are two friends of the palace who visit at 10 am, and they are expected to leave after a half-hour break, so the palace temple needs to arrange the itinerary sequence of the two friends of the palace. In practice, the staff of the palace and temple can receive the friends who arrived in the palace in sequence. However, different from the management method of the general service industry, sometimes the palace temple cannot decide the order of leaving according to the order of the two friends' palace heads entering the temple, because the main gods of the two friends' palace heads may be different, and the number of palace etiquettes should be Arrange for the leader of the friend palace with a higher main god level to go first, and let the leader of the friend palace with a lower main god rank later temporarily. In other words, returning to the step flow chart of this embodiment, in step S22, the back-end management platform 12 can determine whether there are more than two head information corresponding to the appointment time of the calendar. If the back-end management platform 12 judges that there are more than two heads of information in the appointment time of the calendar, as demonstrated in the foregoing embodiment, in step S23, determine the information of more than two heads of the palace according to the god position ranking table The sequence of the itinerary, let the heads of the Friends Palace leave according to the sequence of the itinerary. For example, the order of the gods can be, for example, a customary chart of true spirits or a sorting method established by various religions, which is not limited in this embodiment.

Then, in step S24, the back-end management platform 12 can transmit the itinerary sequence to the front-end operation interface 10, and the front-end operation interface 10 informs the user of the itinerary sequence reply, so that the user knows which of the friends can go first, and Know the departure order of your front. In practice, the front-end operation interface 10 can also notify the user by telephone, text message, or email according to the contact information recorded in the account information, which is not limited in this embodiment. In one example, the itinerary sequence can include time information. In the aforementioned example, the two friends of the palace visited at 10 am, and both are expected to leave after a half-hour break. After sorting on the back-end management platform 12, the leader of your palace with a higher main god level will leave the palace at 10:30 on time, and the back-end management platform 12 will arrange for the leader of the friend's palace with a lower main god to be separated at 10:40. open. At this time, the contact person of each Yougong group can receive the time to leave in advance through the front-end operation interface 10, and then they can arrange their own group's rest and preparation time. Of course, the rest time of each Friend Palace can be determined by itself, and it can also be selected when filling in the menu or column in the website or application, so that the back-end management platform 12 can pre-calculate the arrival and the arrival of each Friend Palace. Time of departure and sequence of itinerary.

In one example, the time interval at which the aforementioned back-end management platform 12 arranges for the leader of the friend palace to leave one after another may be determined by the number and team of the leader of the friend palace in advance. That is to say, the back-end management platform 12 can determine the time interval for the two friends to leave in the same period according to the front-end information input by the user on the front-end operating interface 10. For example, when a group of friends with a large number of people or a large drum team goes first, the back-end management platform 12 can keep a longer time interval. The Friends of the Palace have plenty of time to leave. If a small number of friends in the palace is ahead, the back-end management platform 12 can keep a short time interval, for example, adjust the departure time of the following friends in the palace by 5 minutes to avoid the long and long front of the circle. Obstruct traffic. If the back-end management platform 12 judges that there is only one head of information within the appointment time of the calendar, it means that the head of the friend palace can leave on time without adjusting the time. That is to say, in step S25, the back-end management platform 12 can directly let the front-end operation interface 10 respond to the itinerary sequence, and the user can leave according to the appointment time determined by himself.

On the other hand, the back-end management platform 12 is not only used for searching the calendar and arranging the sequence of the itinerary, but also can additionally generate personnel dispatch information and inventory management information. In practice, when detouring activities are held, a lot of manpower is often required to maintain order or traffic control on the spot. For example, when the Yugong front leaves, the palace may send people to help control the surrounding traffic. The traffic control strategy usually matches with the Yugong. It is related to the number of people in the line or the number of teams. In one example, the back-end management platform 12 can estimate the length of the array from the information of the array, and then determine the traffic control strategy. The traffic control strategy may include how long it needs to be controlled, how many streets (or how large a range is controlled), or how many people need to be dispatched, which is not limited in this embodiment. In addition, the automated array system 1 can also notify the user of the traffic control strategy planned by the back-end management platform 12 via the front-end operating interface 10. For example, the front-end operation interface 10 can notify the user that certain intersections will be controlled for 5 minutes one after another, and you are requested to step up to pass by at that time to avoid obstructing traffic.

To undertake the above, since a lot of manpower may be required, the personnel dispatch information generated by the back-end management platform 12 can be used to control the attendance management system 14. After the back-end management platform 12 generates the personnel dispatch information, the attendance management system 14 can automatically notify the relevant personnel about the details of the work according to the personnel dispatch information. Staff dispatch information can include relevant personnel, work locations, working hours, service items, etc. For example, the attendance management system 14 can notify volunteers or temple personnel, and let them know when to assist traffic control at which intersection. In one example, the back-end management platform 12 may be able to automatically modify the calendar of the palace and temple, and mark relevant personnel or locations as busy during the corresponding time, so as to avoid duplication of dispatch. In addition, the present embodiment does not limit the manner in which the attendance management system 14 notifies relevant personnel. For example, the notification may be by telephone, text message, or email.

In addition, the inventory management information generated by the back-end management platform 12 can be used to control the inventory management system 16. In practice, the back-end management platform 12 can generate inventory management information based on the demand information, and the inventory management system 16 can use the inventory management information to update the inventory form after receiving the inventory management information. Taking the foregoing example as an example, the demand information can be, for example, how many meals need to be prepared, the meat and vegetables of each meal, etc., so that the inventory management system 16 can use the inventory form to check whether the food stock in the temple is sufficient , If you find that the ingredients are insufficient, you can order lunch boxes from the surrounding restaurants in advance. For example, a palace needs to prepare 20 lunches for the leader of the palace at noon on a certain day, and the inventory management information is used to control the inventory management system 16 to check whether there are still 20 ingredients in the palace. If the number of food materials in the temple exceeds 20, the inventory management information can control the inventory management system 16 to reserve the 20 food materials in advance. If the food material inventory in the palace is insufficient, the inventory management information can control the inventory management system 16 to notify the relevant personnel to purchase 20 bento on the same day to avoid the dilemma of insufficient food. Here, this embodiment does not limit the types of items that the inventory management system 16 can record and manage, and those with ordinary knowledge in the technical field can make adjustments by themselves.

In addition, the back-end management platform 12 can be linked to the accounting system 18. In practice, because the services provided by the palace may require discretionary charges, for example, the aforementioned lunches prepared for the friends of the palace may vary depending on the number of the friends of the palace or the information required. For example, the accounting system 18 can be integrated into the back-end management platform 12, and the back-end management platform 12 can calculate the service amount based on appointment information (such as the number of people and demand), and generate payment information based on the service amount. In other words, if a fee is incurred, the front-end operation interface 10 can notify the user of the payment request information, allowing the user to make the payment first, and the accounting system 18 will check whether the user has completed the payment.

In summary, the automated platoon system and method provided by the present invention can provide a front-end operation interface to reserve the time for visits by other temples on the Internet, and automatically schedule the itinerary sequence that conforms to the custom according to the time of each visit. The front-end operation interface replies to the user, so that the detour activities can be smoother.

1 Automated palace visit system 10 Front-end operation interface 12 Back-end management platform 14 Attendance management system 16 Inventory management system 18 Accounting system S20~S25 Step process

FIG. 1 is a functional block diagram of an automated array system according to an embodiment of the present invention.

FIG. 2 is a flowchart showing the steps of an automatic array method according to an embodiment of the present invention.

1 Automated palace visit system 10 Front-end operation interface 12 Back-end management platform 14 Attendance management system 16 Inventory management system 18 Accounting system

Claims (8)

An automated array system includes: a front-end operation interface maintained in a computer for receiving multiple appointment information from a network, each of the appointment information includes an array of information and an appointment time; and a back-end management The platform is electrically connected to the front-end operation interface, receives the appointment information, and classifies the front information in each appointment information into the appointment time in a calendar; where it is the appointment time in the calendar If there are more than two pieces of the formation information, the back-end management platform determines an itinerary sequence of the two or more pieces of the formation information according to a divine position ranking table, and responds to the itinerary sequence through the front-end operation interface; The battle information includes a contact information, the number of persons in a battle, and the content of a team. The back-end management platform further calculates the length of a battle corresponding to the information of the battle according to the number of persons in the battle and the content of the team. As described in claim 1, wherein each of the reservation information further includes demand information, the back-end management platform further generates inventory management information based on the demand information, and the inventory management information is used to update an inventory form . The automated array system according to claim 1, wherein the back-end management platform further determines a traffic control strategy based on the itinerary sequence and the length of the array corresponding to each array information, and passes the traffic control strategy through the front-end Reply from the operation interface. According to the automated array system described in claim 1, wherein each of the array head information further includes a main god name, the god rank ranking table is used to find the rank of the main god name, and the back-end management platform is based on the name of each main god The rank determines the sequence of the itinerary. An automated arranging method, including: receiving multiple appointment information from a network, each of the appointment information includes a burst information and an appointment time; correspondingly categorizing the burst information in each of the appointment information into a calendar In the appointment time of the calendar; determine whether there are more than two information about the leader in the appointment time of the calendar; when there are more than two information about the leader in the appointment time of the calendar, then according to one The god position ranking table determines a itinerary sequence of two or more of the team information; and responds to the itinerary sequence via a front-end operation interface; wherein the team information includes a contact information, a team's number of people, and a team content, and the The automated lineup system further includes: according to the number of the lineup and the content of the team, calculate the lineup length corresponding to the lineup information. According to the automated arranging method described in claim 5, each of the reservation information further includes demand information, a back-end management platform further generates inventory management information based on the demand information, and the inventory management information is used to update an inventory form . The automated array method according to claim 5, further comprising: determining a traffic control strategy according to the sequence of the itinerary and the length of the array corresponding to each array information; and responding to the traffic control strategy via the front-end operating interface . According to the automatic array method described in claim 5, each of the array head information further includes a main god name, and the step of determining the itinerary sequence of two or more of the array head information according to the divine position ranking table further includes: Use the divine position ranking table to find the rank of the main god name; and determine the itinerary sequence according to the rank of each main god name.

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